![]() Next, click on the download link of the 64-bit. Therefore the following installation instructions cover the installation of Visual Studio Code as a DEB package.Īs a first step, point your web browser to the download page on the Visual Studio Code website. For this reason I always prefer a DEB package for Ubuntu and Debian or an RPM package for Fedora or openSUSE, over a Flatpak or Snap.Īs mentioned in the previous section, I selected Ubuntu Desktop 20.04 for this article. They just tend to start-up a tad slower, compared to when you install them from a software package natively supported by your Linux distribution (e.g. In my experience, running desktop applications in a sandbox environment, such as a Flatpak or a Snap, works fine. Find Visual Studio Code on snapcraft.io and install it as a Snap.Locate Visual Studio Code on and install it as a Flatpak.Use your distribution’s package manager to install the DEB (Ubuntu/Debian) or RPM (Fedora/openSUSE) package.I’ll list them in order of my personal preference: Install Visual Studio Code on Linuxįor installing Visual Studio Code on Linux, several options exist. I’ll cover the installation of Visual Studio Code in the next section. We’ll also need Visual Studio Code installed on our Linux system. openSUSE: sudo zypper install git gcc gcc-c++ gdb make cmake.Fedora: sudo dnf install git gcc g++ gdb make cmake.Debian/Ubuntu: sudo apt install git gcc g++ gdb make cmake.Here are the installation instructions for the C/C++ development tools on popular Linux distributions: ![]() To complete the steps in this tutorial, you also need to install C/C++ development tools on your Linux system. For this article I decided on using Ubuntu Desktop 20.04 running in a VirtualBox virtual machine. Since this blog covers Linux topics, I assume that you run a Linux desktop distribution. ![]() To the point that you can code, build, run and debug your C/C++ application in Visual Studio Code. I’ll show you how easy it is to import a CMake project into Visual Studio Code. In this article I’ll share my findings with you. After finding and installing the right extensions, I was quite smitten with how well Visual Studio Code supports CMake for C/C++ development. But its support for CMake felt limited, to the point that I started looking for an alternative development environment.Īfter trying out a few (Geany, Code::Blocks, CodeLite, NetBeans, KDevelop) I eventually settled on Visual Studio Code. Usually, Eclipse with the CDT plugin is my weapon of choice. I wanted it to automatically detect the CMakeLists.txt file and prepare the build environment for me. Additionally, I wanted to use a development environment that offers good support for CMake. Last week I needed to code up a basic command-line program in C and I decided to go for CMake this time.
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